The phrase "a highly error" is not correct in written English.
It is likely intended to describe a situation with a significant number of errors, but the phrasing is awkward and incomplete.
Example: "The report was filled with a highly error rate, making it difficult to trust the findings."
Alternatives: "a high error" or "a significant error".
"This is a highly error-prone arrangement because the dial easily gets twisted when one carries the camera in a pocket or a purse," he said.
Although this validation rate seems poor, it should be noted that RT-PCR is not trivial for a highly error-prone preliminary genome assembly.
Therefore, it has been logically assumed that the enzyme responsible for viral RNA replication process, influenza virus type A RNA polymerase (IAV Pol), is a highly error-prone polymerase which provides the genomic mutations necessary for viral evolution and host adaptation.
Every genome copy packaged in newly produced viral progenies is synthesized exclusively by the IAV RNA polymerase (Pol), and thus it has been logically assumed that IAV Pol is a highly error-prone polymerase which provides the genomic mutations necessary for viral evolution and host adaptation.
We believe that this unique signature of mutational spectra of these lesions arises from TLS by a highly error-prone DNA polymerase.
We have previously reported that human pol η bypasses M1dG in a highly error-prone fashion, inserting primarily dATP opposite the adduct with a smaller proportion of −1 frameshift events (48).
Manually deriving both kinetic equations and all units brings several problems with it, because it is a) highly error-prone, and b) time-consuming, and thus is undesirable in large-scale or automated approaches.
One explanation for the complex mutation data in COS-7 and 293T cells is TLS by a highly error-prone DNA polymerase that made errors in nucleotide incorporation not only opposite the lesion but also opposite natural DNA bases near the cross-link site.
Recent results have shown that a novel, highly error-prone pathway of nonhomologous end joining (NHEJ) operating as backup (B-NHEJ) processes DSBs in irradiated cells when the canonical, DNA-PK (DNA-dependent protein kinase -dependent pathway of NHEJ (D-NHEJ) is compromised.
Finally, since the translation of chemical structure from a raster image to a standard chemical file format is highly error prone as seen in the test, output structures should be thoroughly inspected before utilization.
However, there are good a priori reasons for believing that their method of calculating minisatellite mutation rates will be highly error prone and a poor surrogate measure of the evolutionary rate of genes.
